「t e m p e r a t u r e」の共起表現(2語左で並び替え)3ページ目

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ers were added to increase fuel and coolant	temperature, a large heavy-duty battery was fitted and
ter is ionic, atomic, or molecular, and the	temperature and density of the matter.
in slightly alkaline water conditions and a	temperature of around 72°F (22°C).
sity, magnetic field strength, and electron	temperature.
- 7.2 pH, a water hardness of 12 dGH, and a	temperature range of 22 - 25°C (72 - 77°F).
sed to estimate the free energy and melting	temperature of a nucleic acid duplex.
ce of large magnetic field strength and low	temperature, one can observe the quantum Hall effect, w
starts to boil, heating is stopped, and the	temperature starts to fall.
ting stall points and aircraft speed) and a	temperature gauge.
pH of 7.0, hard water: (100-150 mg/l) and a	temperature of 21-28 C (70 to 82 F) .
in plant species distributions, and include	temperature, water availability, light, and soil nutrie
the time-varying and non-spatially-uniform	temperature field within the material body.
the winter season, the air is crisp and the	temperature at night will usually fluctuate between the
ction, breathing, muscle activity, and skin	temperature.
the region is the fluctuating day and night	temperature.
at used blood pressure, heart rate and body	temperature as variables.
At a pressure of 130 kbar (13 GPa) and room	temperature, the body-centered cubic ferrite powder tra
options to account for air pressure and air	temperature to calculate the value of ozone.
m of steeply rising salinity and increasing	temperature.
The hydrogen lines and effective	temperature of the star are similar to spectral type A8
The humidity should be around 80% and the	temperature 25-27 degrees Celsius.
The duration of each stage and the	temperature that the pellets are subjected to have a st
5 pH, a water hardness of 8 - 15 dGH, and a	temperature range of 68-77 °F (20-25 °C).
H of 6.8 to 7.8, a hardness of 20 DH, and a	temperature of 10° to 25° C (50° to 77° F).
- 6.5 pH, a water hardness of 10 dGH, and a	temperature range of 75 - 86 °F (24 - 30 °C).
etween degree of polymerization and melting	temperature for polyethylene.
Because of its high melting point and good	temperature stability, polymethylpentene is used for au
ample assumes the same engine speed and air	temperature.
g) to be 1 atmosphere (1013.25 hPa) and the	temperature is usually 20°C for both sample and water b
x weeks, depending on the species and water	temperature, the male gives birth to hundreds of live,
0 pH, a water hardness of 2 - 25 dGH, and a	temperature range of 70 - 75 °F (21 - 24 °C).
ter summers and drier winters, and seasonal	temperature differences more extreme, showing a more co
0 pH, a water hardness of 2 - 25 dGH, and a	temperature range of 70 - 75°F (21 - 24°C).
is only 4.3% of the solar radius) and high	temperature of 13,000 K (12,700 °C; 22,900 °F).
to the ASME code has its own MDMT, and this	temperature is stamped on the vessel nameplate.
optimum pH for activity is 7.0, and optimum	temperature is 35ºC.
ate is very dry throughout the year and the	temperature can be as high as 40°C
ic at low oxygen partial pressures and high	temperature.
GC content and melting	temperature must also be taken into account when design
The difference between ocean and air	temperature also tends to create heavy morning fog duri
The park has a humus soil structure and hot	temperature persists throughout the year.
e pore, the surrounding mineralogy, and the	temperature and pressure conditions during cementation.
ed with more than one meter of snow and the	temperature dropped below −30 C°.
ow rate, co-solvent composition, and column	temperature.
EP permits geometry optimisation and finite	temperature molecular dynamics with implicit symmetry a
ce values in even very small grids, and its	temperature coefficient of resistance is not excessive.
7, a salt concentration around 2.5%, and a	temperature around 98oC.
plus resists shock, vibration, and extreme	temperature fluctuations.
ion from moisture, the elements, and sudden	temperature changes.
It prefers a pH of and a	temperature of 23°C to 27°C.
0 pH, a water hardness of 2 - 25 dGH, and a	temperature range of 68 - 77°F (20 - 25°C).
EPU), the BioGloveBox (BGB), and additional	Temperature Control Units (TCUs) for storing experiment
0 pH, a water hardness of 2 - 25 dGH, and a	temperature range of 72 - 79°F (22 - 26°C).
ttention because of its small size and high	temperature of 17,000 K (16,700 °C; 30,100 °F).
sure at the landing site was 91 atm and the	temperature was 736 K.
0 pH, a water hardness of 2 - 25 dGH, and a	temperature range of 73 - 77°F (23 - 25°C).
0 pH, a water hardness of 2 - 25 dGH, and a	temperature range of 77 - 83 °F (25 - 28 °C).
phosphate rich granite pegmatites and high	temperature hydrothermal veins.
due to the mountainous conditions and cold	temperature.
th, protection from drought and destructive	temperature changes, and the development of a healthy c
ding on the design of the vaporizer and the	temperature at which it is set.
nly distributed between the seasons and the	temperature range is defined as temperate, with cooling
0 pH, a water hardness of 2 - 25 dGH, and a	temperature range of 72 - 78°F (22 - 26°C).
Based on its low mass and estimated	temperature of around 50 K, the planet is thought to co
The total of Kinetic Heating and Adiabatic	temperature change (caused by Adiabatic compression) is
point at which melting is observed and the	temperature constant is the melting point of the sample
Heating is commenced, and the	temperature ranges at which the sample melts can be the
speedometer and the other a fuel and water	temperature gauges.
nights when the weather is colder, and air	temperature reaches -6°C or lower.
uminosity (Lbol) ~ 1.5 x 1040 erg s−1 and a	temperature of 0.26 keV.
in the valve, the condensation and changing	temperature of the metal can cause an untreated valve t
tate, depending on manufacturer and working	temperature range.
areas of aerospace medicine and physiology,	temperature regulation, exercise physiology, and clinic
nearity, hysteresis, repeatability, and the	temperature drifts of zero and sensitivity - electronic
pH, a water hardness of 15 - 30 dGH, and a	temperature range of 64 - 82 °F (18 - 28 °C).
laints about the noise of the works and the	temperature.
e which collects humidity, wind and surface	temperature information and communicates with a data re
speeded up by the high humidity and steady	temperature - resulting in an El Dorado 8 year old rum,
hemical composition of the seawater and its	temperature.
ade up of extremely tiny particles, and its	temperature is over 100 K, which is unusually high.
h an Atlantic maritime influence and strong	temperature variations.
ess, optical fiber communications, and high	temperature applications.
and a	temperature of 22-26 °C (72-79 °F).
ne reduces the propellant's flash and flame	temperature without sacrificing chamber pressure.
0 pH, a water hardness of 2 - 25 dGH, and a	temperature range of 72 - 79 °F (22 - 26 °C).
he earthquake, as roads are blocked and the	temperature is falling due to the onset of winter.
Doublet Pool is 8 feet (2.4 m) deep and its	temperature is approximately 194.4 °F (90.2 °C).
At high alkali and high	temperature (above 210 °C) environments DTPMPA has bett
easing pressure and salinity and decreasing	temperature.
e adsorption, absorption, membranes and low	temperature systems achieved by refrigeration or expans
meter is likely to be less than 10cm) and a	temperature gradient of 300C between the top and bottom
pressure areas are centers of warm and cold	temperature anomalies.
H of 6.8 to 7.8, a hardness of 20 DH, and a	temperature of 10° to 25° C (50° to 77° F).
ons including very high rainfalls, and high	temperature year round.
compression) increases its pressure and its	temperature at the same time.
and the	temperature is raised a further 3-5°C (37-41°F).
mites prefer areas of high humidity and low	temperature, and can be controlled by removing and dest
as a result of high bridge loading and low	temperature.
onics, i.e. the science high speed and high	temperature flow.
may have been used for display and/or body	temperature regulation.
lite is formed in high pressure and/or high	temperature environments.
and critical care products, anesthesia and	temperature monitoring supplies, birthing and neonatal
Angola's average	temperature on the coast is 60 °F (16 °C) in the winter
mate is hot and humid with an annual median	temperature of 24.9 degrees Celsius and well-defined se
The annual mean	temperature is approximately 10 °C (50.0 °F).
The annual average	temperature on Garnedd Uchaf is relatively cold, rangin
o an altitude of 645 ms, the annual average	temperature of 17 °C.
Average annual air	temperature is 63 °F (17 °C).
The city's annual mean	temperature is 12 ℃, precipitation 80 millimeters.
climate is tropical, with an annual median	temperature of 26.6 °C (79.9 °F) and a median precipita
Iquitos, Peru, 126 m, annual mean	temperature 26.2°C
The annual mean	temperature is 27.3 °C.
The annual average	temperature is about 11.2 °C (52 °F), with an average m
Annual average	temperature range from 9~41°C.
The annual average	temperature of the island is 5.3 °C (41.5 °F), with pre
and S. A. Pulinets showed that anomalies in	temperature and humidity had been observed before the e
For example, at any given	temperature, propane has the highest vapor pressure of
At any given	temperature, the amount of energy needed to create a va
the reactor, which is approaching critical	temperature, detonates.
is cooled below the appropriate transition	temperature, it becomes superconducting.
astatic malt extract to an appropriate mash	temperature and holding it for a time so the extract's
from october to march or mid april, having	temperature around freezing point, all day fog is there
h the universe approaching arbitrarily high	temperature and maximal entropy as the end of the colla
The ice cores provide a proxy archive of	temperature and atmospheric constituents that help to u
d, some CVD silicon oxide processes are low	temperature processes.
the scientific equipment are conductivity,	temperature, and depth (CTD) sensors, three side-scan s
iminate the kelvin as it can be argued that	temperature simply expresses the energy per particle pe
ps were being added for aroma, fermentation	temperature, or how the beer was supposed to taste.
which allows the extraction of aromas, low	temperature reduction of juices and the production of f
inic prisms that melt to an oil around room	temperature which may turn yellow to dark red upon expo
h hot water for soaking (usually around the	temperature of 39°C (104°F)), the other a 2/3 Olympic s
he Aniline point of a oil is defined as the	temperature at which equal volumes of aniline (C6H5NH2)
e specific characteristics (such as surface	temperature, composition and radius) cannot be determin
eating device which uses boiling oil as the	temperature regulator.
es which can get extremely hot such as high	temperature steam lines.
excellent storage location for beers as the	temperature never rose above an ideal 56 degrees Fahren
ree independent variables (such as voltage,	temperature, and response speed).
a heating block or an oil bath, and as the	temperature increases the sample is observed to determi
r in that its dissociation decreases as the	temperature decreases.
This can take up to a month, as the	temperature must be cold to allow settling.
The CoP increases as the	temperature difference, or "Lift", decreases between he
on due to external influences such as wind,	temperature, mechanical stress.
are formed, with more of the latter as the	temperature increases; PuB4 has the tetragonal structur
on becomes a stronger reducing agent as the	temperature increases.
ed and technical parameters such as working	temperature, gas atmosphere, slag viscosity, etc.
It occurs as low	temperature unmixing product in serpentinites and as re
As the	temperature of the fire increased, some of these casks
uses a strip that coils and uncoils as the	temperature changes.
GDs are calculated each day as maximum	temperature plus the minimum temperature divided by 2 (
rix's Ice Pill than most other Germs as his	temperature usually causes him to defrost moments later
As the	temperature is increased, the strands begin to separate
ting and final temperatures, as well as the	temperature gradient (in units per minute) to be progra
Cellular stresses, such as increased	temperature, can cause proteins in the cell to misfold.
can be related to factors such as altitude,	temperature, depth, ocean proximity and soil humidity.
lay meteorological fields such as pressure,	temperature, or wind speeds.
As the	temperature of the fire builds, the collected layer of
quation approaches negative infinity as the	temperature approaches zero.
ble process because variables such as time,	temperature, alloy, fixturing, and part positioning are
ood acid-base balance and pH change as body	temperature changes.
ured on a continuous scale, such as weight,	temperature, thickness etc.
f the lower excited state, increases as the	temperature increases.
°C (104 °F), New Delhi was relieved as the	temperature slid down to 37.2 °C (99.0 °F).
of the atmospheric column such as pressure,	temperature, wind speed and wind direction (thus derivi
Additionally, as the	temperature gets colder, the fibers in the log become m
ctly cause the compressor to turn on as the	temperature rises, will have absolutely no effect on an
w the calculation of parameters such as the	temperature at chemical freeze-out Tch and hadron chemi
rved in structure measurements such as room	temperature NMR-the pair of hydroxy-substitituted quino
Also referred to as a	Temperature Vacuum Switch (TVS) or Thermal Vacuum Valve
ior as well as other functions such as body	temperature), this may explain how scents influence agg
dity date with other solutions such as time	temperature indicators.
an event horizon and so can be associated a	temperature.
duces maximum thrust for the assumed (flex)	temperature.
nol and acetic acid, especially at elevated	temperature.
sually sliced paper thin and served at room	temperature or slightly chilled.
induced by tail immersion in hot water at a	temperature of 55 degrees Celsius (minimum effective do
otor will be hot enough , it will boil at a	temperature lower than water, thus it is impractical.
ers can also be used) and incubated at room	temperature for the desired time to allow NO to accumul
been isolated as a stable molecule at room	temperature (as of 2003).
ne is a white crystalline solid at standard	temperature and pressure.
The milk is boiled for at moderate	temperature for 10 minutes and then rennet and salt is
ainst a primary thermometer at least at one	temperature or at a number of fixed temperatures.
30% sulfur is pressure leached at elevated	temperature and pressure in an ammoniacal solution to p
n is equal to the solubility of CO2 at that	temperature and pressure.
es: a conventional disordered phase at high	temperature, and a low-temperature phase with quasi-lon
gas plasma, created within a vacuum at room	temperature .
TBE is a liquid at room	temperature, and is used to separate mineral ores from
a very close match to that of water at room	temperature.
ization and heat with semiconductors at low	temperature was an original idea by Lawrence M. Krauss,
y be sold in licensed liquor stores at room	temperature.
At standard	temperature and pressure, ethane is a colorless, odorle
roduct of the oxidation of ethylene at high	temperature in the presence of silver oxide catalyst, f
sesite is a secondary mineral formed at low	temperature in hydrothermal mercury deposits.
action of methyl iodide on zinc at elevated	temperature or on zinc sodium alloy.
d to use concentrated sulfuric acid at high	temperature and the relatively long testing time (an ho
The salt eventually decomposes at room	temperature into NO2 and O2.
d is almost creamy and can be gooey at room	temperature.
Therefore, neopentane is a gas at room	temperature and atmospheric pressure, while the other t
his chemical process usually occurs at high	temperature, at high pressure, or in the presence of a
pmental stage), being infective, at optimal	temperature and humidity, four weeks after secreted in

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